Custom Case Design
Our Pelican engineers and partners will help you design the exact case you need for your equipment. Whether you provide CAD files or the physical sample, we can determine what you need for ultimate protection.
Case Foam - Four Ways to Design
Our customers are as diverse as their case applications- sophisticated engineers, government agencies and tech startups, to name just a few. That’s why we’ve developed a flexible approach to planning your foam design, even if it’s a “back of the envelope” sketch. Below are some of the ways we can get your project started:
Provide Pocket Dimensions
Customer supplies diagram with foam pocket dimensions.
Send Part CAD File
Customer provides equipment CAD file.
Send Physical Sample
Customer sends physical equipment or part.
Customer Provided Foam
Customer produces 3D foam CAD and uploads to Pelican .
Four Stage Customization
Pelican-Trimcast Advanced Case Solutions™ are the result of a multi-disciplinary, four-stage process. Working closely with the customer, Pelican’s engineers customise every aspect of the protective system from shock and vibration attenuation to impact mitigation, liquid or fine dust ingress, or chemical interference, based on an analysis of usage and environmental characteristics developed with the customer. Pelican’s team has long-term design experience in everything from simple foam cushions to complex fabricated tailored structures for use in the most diverse shipment, storage, and usage conditions imaginable - including military deployments – plus extreme environments from desert to polar expeditions. From deck-mounted equipment, bezel-mounted electronics, integrated exhaust fans and air conditioners, to cases with multiple collars and access points - no case requirement is beyond Pelican’s capabilities.
We control every stage of the process to ensure integrated performance of your part and our protective solution, from interior stabilisation to exterior hardware. Investing in an Advanced Case Solution ensures your operations will not fail, whether it’s lives or livelihoods on the line.
STAGE 1 - EVALUATION
- Product Specifications
- Customer Performance Needs
- Military or Industry Specifications
- Product Interface and Access Points
- Stability, Impact and Drop Requirements
- Environmental and Field Conditions
- Vent Pressure Requirements
STAGE 2 - DESIGN & ENGINEERING
- CAD, 3D Layout and Solid Models
- G-Force Mapping and Applied Cushioning Curve
- Tooling Design
- Equipment Support and Cradle Design
- Part Isolation and Sway Space Planning
- Usage and Operation Optimisation
- Environmental Analysis
STAGE 3 - PROTOTYPE/FIRST ARTICLES TESTING
- Shock and Vibration Attenuation
- Submersion and Rain Resistance
- Shear Force Testing
- Dust Particulate Ingress
- G-Force at Specified Drop Heights
- Extreme Temperatures Tolerances
- Mil-standard Requirements
STAGE 4 - MANUFACTURING & INTEGRATION
- Warrantied Parts and Accessories Engineered to Performance Specification
- Integration of Customer Parts and Acccessories per Functional Specifications
- Quality Control Testing and Inspection
- On-Site Government Inspection
- On-Time Delivery
- Ongoing Technical Support
For customers that need to certify a case will perform to specific requirements, product testing can be ordered. A battery of rigorous tests are available (see below) to replicate or exceed adverse conditions in the field.
- Six foot cube reaction mass of reinforced concrete. A hoist capable of lifting 1 ton, and a quick release mechanism with a load capacity of 1⁄2 ton.
- Falling dart – 84” drop height with darts weighing between 5 and 15 lbs.
- Penetration test for category 1 containers - ATA 300 paragraph B-2-5.
- Walk in environmental chamber 6-foot wide by 8 foot high and 8 feet deep with a thermal range of -100°F to 200°F.
- Internal dimension of the chamber is 54” x 30 x 36”H. Able to simulate immersions up to 2 meters.
- Small immersion tank capable of immersions up to 1 meter on small IM cases.
- 80-inch deep large immersion tank
- Small rain chamber capable of up to 4 inches per hour.
Pneumatic Pressure Test
- Digital manometer – 10 psi max.
- L.A.B. servo hydraulic vibration system; 0 – 300 Hz.
- Sinusoidal with pre programmed profiles for STA Integrity test procedures 11800, 14200, 1A, 1B, 1E, 1C, 1D, 2A AND 2B, 3–50Hzsweepwith1G constant input, 1-inch dwell for loose cargo bounce, Mil-Std-648C; 5.3.2.
- Random Vibration with pre-programmed profiles for ASTM D 4169 Air/Truck/Rail levels 1, 2, and 3, and ISTA Integrity Test Procedures 1E, 1H, 1C, 1D, 1F, 3C, 3D, and 3E.
Mitutoyo Hardness Test
- Metal evaluation of product used in cases.
Compression and Tensile Test
- Instron compression tester.
- Load range of 6600 lbs on small items.
- Rain: Small rain chamber capable of up to 4 in. per hour.
- Digital manometer - 10 psi max.
Injection Molded Cases
Product testing on randomly selected production samples of injection molded cases are performed as follows:
- Drop Test - Varies by model number. 1510/im2500 tested to multiple 6’ drops, larger cases tested to 3’ drops.
- Falling Dart Test - 28.4lb dart with 1” bullnose tip (all cases). Minimum 3’ drop height up to 8’ drop height on certain models.
- Mobility Test - Models with wheels/trolleys towed with weight load at 5mph for 1000 yards (load varies by model).
- Water Ingress - Most models are subject to a submersion test under 6” of water for 30 minutes. Otherwise a spray test of 3 minutes to each side is used.
Pelican's Guarantee of Performance
The final step in our customisation process is the application of a Pelican-Trimcast Advanced Case Solutions™ Authenticity mark. This guarantees that every installation, part, accessory and design feature within an Advanced Custom Case Solutions product not only meets customer needs but also lives up to Pelican’s own premium standards. Equipment failure is not an option.